V0.2.1 was released in 1.26 with new support for async-std and Tokio libraries.

0.2.2 in release 3.1, this version of the problem are mostly found in the process of transplanting rust – ipfs problem, the transplantation has been finished, the project address on https://github.com/netwarps/r… , the main update content is the existing API and the code structure is upgraded and optimized.

new

Runtime:

Supports async-std and Tokio runtime, which encapsulates the two types of runtime and uses the feature. The current default is async-std

Modify the

Swarm:

Implement trait ProtocolImpl with two methods: Handler () returns an IProtocolHandler, which can be used by Swarm to construct a protocol Handler; Start () consumes itself, starting a loop to process information about the protocol.

FloodSub:

  1. Arc is used to wrap the Message to avoid repeated clone among multiple subscribers.
  2. Optimize more.await in your code and move it to a separate task to execute the related logic

Kad:

  1. Supports incoming multiple nodes when bootstrap, and can choose whether to wait for the message that the node is connected successfully.
  2. Add the unprovide() method to remove local provider information.

Netwarps is composed of domestic senior cloud computing and distributed technology development team, the team has very rich experience in the financial, power, communication and Internet industry. Netwarps has set up research and development centers in Shenzhen and Beijing, with a team size of more than 30, most of which are technical personnel with more than 10 years of development experience, respectively from the Internet, finance, cloud computing, blockchain and scientific research institutions and other professional fields.


Netwarps focuses on the development and application of secure storage technology products, including decentralized File System (DFS) and decentralized computing Platform (DCP). Netwarps is committed to providing distributed storage and computing platform based on decentralized network technology, which has the technical characteristics of high availability, low power consumption and low network. Applicable to the Internet of Things, industrial Internet and other scenarios.


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